Adding Electronics to Rapid Prototypes

Arizona State University in Tempe is a large, research-intensive public university founded in 1885, serving a very large and diverse student body with tens of thousands of learners on multiple campuses. ASU is known for innovation, interdisciplinary research and an entrepreneurial culture, offering a broad portfolio of undergraduate and graduate programs across science, technology, business, the arts and humanities. The campus network and online provision create flexible study routes and extensive academic choice.

Students benefit from modern facilities, strong industry partnerships and plentiful experiential learning opportunities including internships, research assistantships and project-based courses. High ratings for teaching, facilities and campus life reflect a focus on student experience, and a large international student community adds global perspectives in classrooms and campus activities. Support services, advising and vibrant student organizations help learners connect socially and professionally.

ASU’s scale delivers a wide range of resources from innovation hubs to sports and cultural programs, helping students pursue career-ready skills and research experiences. The university’s emphasis on collaboration, applied learning and community engagement prepares graduates to enter global job markets and to contribute to technological and social innovation. For prospective international students, ASU offers diverse programs, cross-campus mobility and strong support structures to help with academic and personal transition.

This non-degree program, offered by Arizona State University, teaches students how to add electronics to rapid prototypes. The course is online and lasts several weeks, covering the basics of electric circuits, breadboards, and multimeters. It's for anyone interested in rapid prototyping and electronics.

The curriculum includes hands-on components, such as exploring electrical simulations and examples from robotics projects. Students learn about connecting electrical components, types of motors and actuators, and microcontrollers. They develop skills in creating high-quality prototypes and understanding the basics of electronics.

After completing this course, students can pursue careers as prototype designers, electronics engineers, robotics engineers, or product development managers. They can work in industries like technology, manufacturing, or engineering, and be employed by companies like Intel, Tesla, or NASA.